The driver and driven gases of a pressure-driven shock tube are both air at (300 mathrm{~K}). If
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The driver and driven gases of a pressure-driven shock tube are both air at \(300 \mathrm{~K}\). If the diaphragm pressure ratio is \(p_{4} / p_{1}=5\), calculate:
a. Strength of the incident shock \(\left(p_{2} / p_{1}\right)\)
b. Strength of the reflected shock \(\left(p_{5} / p_{2}\right)\)
c. Strength of the incident expansion wave \(\left(p_{3} / p_{4}\right)\)
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